Скачать или смотреть CONDOR C150 - ROTARY WING CARGO UAV SYSTEM

Since our groundbreaking demo in 2021, Cargo-150 gained quick traction to become one of the most competitive and successful platforms in the world in its field. With the gift of a whale-shaped body, Cargo-150 carrying 150 kg of useful load for 45 minutes with its heavy load capacity, leaves its competitors behind and succeeds to be the best in the UAV III class, It solves problems with shipping goods to urban and rural areas, industrial parks and islands, and creates a smarter and more convenient business environment.

Cargo-150 can perform take-off and land on dirt runways, uneven surfaces and grasslands when used in mountainous and high places.

The UAV has advanced autopilot, navigation, and additional flight control system to achieve safety and reliability of flight. It can work in autonomous and remote modes. The built-in autopilot allows the drone to fly autonomously from takeoff to landing, using predetermined waypoints. The system can be controlled remotely by a human operator from the ground control center. The operator can monitor and change the UAV mission plan during a flight in real-time.

Cargo-150 is a versatile tool for your most challenging missions. Thanks to the payload section, fully equipped with our latest sensor technology to identify the specific payload weight, that can be designed according to different missions and requirements, it transports emergency aid materials in case of disasters, especially food and material needs, and various cargo to the security personnel in the field, quickly and safely.

GPS and GNSS failures pose a growing threat not only to UAS but also to civilian and commercial unmanned aerial vehicles worldwide. GNSS is still essential for beyond visual line of sight (BVLOS) and autonomous drone platforms, and the emergence of readily available jamming systems means that UAVs performing security, tracking, reconnaissance, delivery, and more are at risk.

Our proven anti-jamming systems use advanced spatial signal processing techniques to protect critical GNSS signals, filter out unauthorized interference, and alert the UAS operator that the drone is under attack.